Loading
Rating:
Date: 14/10/2021
Feedback Given By: eternalsnoww
Feedback Comment: It's hardworking, but the result and answer is incorrect!
Project Details
Project Status: Completed
This work has been completed by: funwriter
Total payment made for this project was: $30.29
Project Summary: Due 24 hrs Python basic level Case: The medical school has asked for your help in modeling the power of exponential growth by showing how quickly a disease can spread. There is an infection rate, Ro (pronounced “R naught”), which determines how many people one person can infect. To calculate it, use this formula: total_infected = initial_case x Ro ^ days To help non-medical people better read the results, the project team asks that once of the number of infections gets into the millions, you just show the result as “# million.” For example, a number like 3,093,456 would be shown as “3 million.” Since there are approximately eight billion people on Earth, the project team says it is not necessary to calculate more if the number of infections goes beyond eight billion. Thanks to advanced medical research, you can show that if Ro can be less than 1, the number of infections drops to 0 eventually.